This review is for the Acer E5-573G-52G3 laptop computer purchased
2016-02-15, sold by and shipped from Amazon.com. This product family is
currently the value leader in the categories of desktop replacement
and entry level gaming. Overall the machine is excellent, but with a few
compromises that have to be taken into account. I'm giving it 4 stars.
I use my laptop 100% in Linux (OpenSuSE 42.1) for software development,
document preparation, system administration across the net, and web page
maintenance.
Pro factors:
* You get unbeatable bang for the buck.
* Aesthetics. We can debate whether you want your new laptop in crow
color, but if you can accept that black is beautiful, Acer's industrial
designer has done a good job making it look handsome, not tacky. This
model has a charcoal color keyboard deck; Amazon stocks a few models
with white decks.
* Touchpad. Out of the box in Windows 10 and Linux it is very civilized
and I have not been tempted to change the speed and acceleration.
Compared to my old Sony Vaio it is much more resistant to stray touches
and palm strikes. The reviewer who was bothered by swoopy and twitchy
behavior needs to get into the Pointer Options property tab and restore
the defaults, i.e., slow it down to about 50%, and put back Enhance
Pointer Precision (i.e. acceleration). To get three buttons in Linux
see the synaptics man page, the SoftButtonAreas option. Percent
dimensions recommended.
Con factors -- as always, it's a lot easier to criticize than to congratulate.
* Display. For my use case the screen is fine, but you aren't going to
be doing digital art on this screen. You should do it on a different
machine, like I do. The colors on other displays are "richer": it
looks like the lightness is turned up, reducing the saturation. On
Linux as a future project I can make my own CMS matrix and I hope to be
able to de-tweak the colors. For viewing angles, horizontally the
colors are reasonably constant in +-20deg and I call them legible in
+-60deg. Vertically there is really no constant color range; call it
decent in +30 to -20deg and legible in +45 to -35deg. An IPS display
would be so much nicer, and the small extra cost would definitely be
worth it. Suggestion to Amazon: commission products with upgraded
screens, particularly for the 17.3in models.
* The Case. I look back fondly to the Dell Inspiron 3800 (year 2000):
after removing one screw you could just slide the drive cage out the
side, which is important when sending the machine in for warranty
repair. The bottom had a door closed by one screw behind which you had
easy access to the memory sockets and the BIOS battery. To get the
bottom cover off the Acer you need to remove 21 screws and then you get
to deal with the grabbers. But I've seen worse -- disassembling the
Acer is at least feasible.
* Keyboard. The keys have a good feel, don't miss keystrokes, and don't
double strike. But they are noisy, and this will bother some people's
wives.
* Battery. It is not removable, so you could not take a spare battery
with you, and you have to disassemble the machine to disconnect power.
On a related point, battery life is reasonable but far from spectacular;
I measured 2.4 hours playing MPEG-4 continuously, 18 watts measured.
Estimated for software development etc. is 2.7 hours (16W); the estimate
for Windows similarly lightly used is 4.8 hours (9W). There is a PC
Magazine review of this machine where they played MPEG-4 continuously in
Windows for 8 hours. Obviously Windows knows some power management
tricks that Linux doesn't.
Hurdles for the Linux user, which you will need to work around:
* GPU. The nVidia GeForce 940M (GPU GM108M) is fine in Windows but is
not recognized by current versions of xf86-video-nouveau for Linux. The
usual way to handle this is to install the x11-video-nvidia package,
which downloads the nVidia proprietary driver. Beside security and
political issues, this driver is fixated on the distro's stock kernel,
which does not support Wi-fi and the touchpad. However, the integrated
Intel HD Graphics 5000 is completely adequate for desktop replacement
uses and appears to be as good as my old Vaio's GPU (which was bought
as a gaming machine).
* Wi-fi. The laptop uses the Qualcomm-Atheros QCA9377 chip, which is
quite new. If you reinstall Windows it may or may not be necessary to
download a recent driver (I didn't test). On Linux the ath10k_pci
driver is used, and it gained support for this chip starting in kernel
4.4.0, the most recent. In the likely case that your distro is not up to
the minute in the kernel version and you wish to use the stock kernel,
the Atheros community has an aggressive backport program, and Ubuntu
15.04 "Vivid Vervet" (not OpenSuSE) includes the backported driver
with the official distro.
* Touchpad. Similar to Wi-fi, it's working in 4.4.0 and not in 4.1.5. Edit:
this is a bad interaction with a touchpad firmware bug. In BIOS set the
pad for Basic mode and it will work including acceleration and scroll gestures.
Earliest report found that it works: kernel 4.0.8.
* UEFI booting. My distro has a signed kernel image and supports UEFI
booting, including Secure Boot, and the installer can be UEFI booted,
but so far I have not figured out the secret to making the installed OS
boot on this machine, and nobody else reports success. You will have to
use legacy booting for Linux. BIOS version 1.25 has a bug that prevents
reading a partition table with Linux partition types. It's essential to
upgrade the BIOS (using Windows) before trying to install Linux.
Version 1.35 is current, and works for me.
* Suspend to RAM or Disc. Suspend to RAM was tried in Windows 30
times in succession with no failures. The outcome was not so good in
Linux; it appears that there is yet another BIOS bug, which Windows must
compensate for. On line power if you suspend to RAM or disc the machine
always freezes. You need a hack script that takes the non-boot CPUs
offline. See the Arch Linux wiki page for Acer Aspire E5-573. With
this script, hibernation (S4, suspend to disc) worked 30 times in
succession. S3 (suspend to RAM) had about 10% probability of not
waking, when I left it asleep or awake for 15 seconds at each step of the
test. [Edit:] I repeated the test with 5 minutes per step, and it woke 30
times error free, which is a very welcome development.
So my conclusion is, this machine has a lot of good features, but there
are some significant issues on which you will have to be willing to
compromise, and Linux support has not caught up to some important
features.
| Standing screen display size | 15.6 Inches |
|---|---|
| Max Screen Resolution | 1920 x 1080 Pixels |
| Processor | 2.2 GHz core_i5 |
| RAM | 8 GB DDR3L SDRAM |
| Memory Speed | 2.7 GHz |
| Hard Drive | 1 TB SATA |
| Graphics Coprocessor | NVIDIA 940M |
| Chipset Brand | NVIDIA |
| Card Description | Dedicated |
| Graphics Card Ram Size | 2000 MB |
| Wireless Type | 802.11ac |
| Number of USB 2.0 Ports | 1 |
| Number of USB 3.0 Ports | 2 |
| Average Battery Life (in hours) | 5 Hours |
